![]() Now the Uncarrier says using mmWave, its 5G SA can deliver a whopping 4.3 Gbps for download performance.Īs a refresher, T-Mobile launched its 5G Standalone (SA) Ultra Capacity coverage back in November 2022, the first US carrier to do so with speeds up to 3 Gbps via three-carrier aggregation.īut it wasn’t until iOS 16.4 in March 2023 that 5G SA support arrived for iPhone: Without mmWave, it has hit up to 3.3 Gbps download speeds. For a better understanding of the library, read : MilluminStream.T-Mobile has been making impressive progress on carrier aggregation 5G SA over the last couple of years. Look at those sample codes to understand how to program your device with the MilluminStream library. We encourage you to use the PlatformIO IDE to program your electronic device. Please use those libraries for better work between your device and Millumin. If you want to manually program your device, we invite you to explore our developer-kit. Go to the menu bar, click on Window then select Monitor :Ĥ / Manually Program your Electronic Device You could also open the Monitor to display all values coming from and to the electronic device. For a servo-motor, it will make it rotate. If you have connected a LED, it will turn it on then turn off. Output pins, like OUT or SERVO, have a test button that send data to the pin. Input pins display a dot : if green, the pin is working correctly, if red it is obvisouly not. Once the process is finished, your electronic device is ready to work with Millumin. If so, Millumin will ask you to download the last version of Python here. Note that if you are running an old computer, you might need to install Python 2.7.10. To do so, it will ask you for administration privileges. When running the upload for the first time, Millumin will need to install some dependencies. Millumin will automatically program your electronic device : Once you finished the pin configuration, click the upload button. ![]() OFF : no behaviour (please note that all pin are off by default).OUT : to send a value to your pin (to switch on a LED for example).PULLUP : sensor that needs a pull-up resistor (typical use for a push-button).IN : sensor (such as infrared sensor or potentiometer).The type is the type of interaction the pin has to handle : It matches what is written on the electronic card. The key is the name of the pin you want to configure. Then click on the + button to create the pins you need to use (you can create up to 63 ones) : Select your device in the electronic device panel, and click on the auto-program button : Millumin offers an interface to program your electronic device with ease. The same occurs for the active checkbox that should be checked. If your device is correctly connected, it should be green. If the device is already well programmed, it is ready to use as Interactions Then your electronic device will be connected to Millumin automaticaly. Once you have created the correct electronic device, select the USB serial : Then, click on the + button to create the adequate device : To connect an electronic device to Millumin, open the device manager ( CMD+K) and go to electronic. Note that you do not need to program your Arduino™, just build this simple circuit. Just buy an Arduino™ Uno kit, and connect a potentiometer like in this tutorial. Using electronic devices (such as Arduino™)Įven if it is your first time with electronics, you could easily follow this tutorial.
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